internal LdClientContext(
Configuration configuration,
object eventSender,
IDiagnosticStore diagnosticStore,
IDiagnosticDisabler diagnosticDisabler
)
{
this.Basic = new BasicConfiguration(configuration.MobileKey);
var logConfig = (configuration.LoggingConfigurationBuilder ?? Components.Logging())
.CreateLoggingConfiguration();
var logAdapter = logConfig.LogAdapter ?? Logs.None;
this.BaseLogger = logAdapter.Logger(logConfig.BaseLoggerName ?? LogNames.Base);
this.EnableBackgroundUpdating = configuration.EnableBackgroundUpdating;
this.EvaluationReasons = configuration.EvaluationReasons;
this.Http = (configuration.HttpConfigurationBuilder ?? Components.HttpConfiguration())
.CreateHttpConfiguration(this.Basic);
this.ServiceEndpoints = configuration.ServiceEndpoints;
this.DiagnosticStore = diagnosticStore;
this.DiagnosticDisabler = diagnosticDisabler;
this.TaskExecutor = new TaskExecutor(
eventSender,
PlatformSpecific.AsyncScheduler.ScheduleAction,
this.BaseLogger
);
}
public EventProcessor(
EventsConfiguration config,
IEventSender eventSender,
IUserDeduplicator userDeduplicator,
IDiagnosticStore diagnosticStore,
IDiagnosticDisabler diagnosticDisabler,
Logger logger,
Action testActionOnDiagnosticSend
)
{
_logger = logger;
_stopped = new AtomicBoolean(false);
_offline = new AtomicBoolean(false);
_sentInitialDiagnostics = new AtomicBoolean(false);
_inputCapacityExceeded = new AtomicBoolean(false);
_messageQueue = new BlockingCollection <EventProcessorInternal.IEventMessage>(
config.EventCapacity > 0 ? config.EventCapacity : 1);
_processorInternal = new EventProcessorInternal(
config,
_messageQueue,
eventSender,
userDeduplicator,
diagnosticStore,
_logger,
testActionOnDiagnosticSend
);
if (config.EventFlushInterval > TimeSpan.Zero)
{
_flushTimer = new Timer(DoBackgroundFlush, null, config.EventFlushInterval,
config.EventFlushInterval);
}
_diagnosticStore = diagnosticStore;
_diagnosticRecordingInterval = config.DiagnosticRecordingInterval;
if (userDeduplicator != null && userDeduplicator.FlushInterval.HasValue)
{
_flushUsersTimer = new Timer(DoUserKeysFlush, null, userDeduplicator.FlushInterval.Value,
userDeduplicator.FlushInterval.Value);
}
else
{
_flushUsersTimer = null;
}
if (diagnosticStore != null)
{
SetupDiagnosticInit(diagnosticDisabler == null || !diagnosticDisabler.Disabled);
if (diagnosticDisabler != null)
{
diagnosticDisabler.DisabledChanged += ((sender, args) => SetupDiagnosticInit(!args.Disabled));
}
}
}
private EventProcessor MakeProcessor(EventsConfiguration config, Mock <IEventSender> mockSender,
IDiagnosticStore diagnosticStore, IDiagnosticDisabler diagnosticDisabler, CountdownEvent diagnosticCountdown)
{
return(new EventProcessor(config, mockSender.Object, new TestUserDeduplicator(),
diagnosticStore, diagnosticDisabler, NullLogger, () => { diagnosticCountdown.Signal(); }));
}
